imaginary-constants.cpp - OpenGrok history log for /llvm-project/clang/test/SemaCXX/imaginary-constants.cpp

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# 9710338a	09-Aug-2017	Tim Northover <tnorthover@apple.com>	Reapply Sema: allow imaginary constants via GNU extension if UDL overloads not present. C++14 added user-defined literal support for complex numbers so that you can write something like "complex<dou Reapply Sema: allow imaginary constants via GNU extension if UDL overloads not present. C++14 added user-defined literal support for complex numbers so that you can write something like "complex<double> val = 2i". However, there is an existing GNU extension supporting this syntax and interpreting the result as a _Complex type. This changes parsing so that such literals are interpreted in terms of C++14's operators if an overload is present but otherwise falls back to the original GNU extension. (We now have more robust diagnostics for implicit conversions so the libc++ test that caused the original revert still passes). llvm-svn: 310478 show more ...
Revision tags: llvmorg-5.0.0-rc1, llvmorg-4.0.1, llvmorg-4.0.1-rc3, llvmorg-4.0.1-rc2
# 6b5eceac	23-May-2017	Tim Northover <tnorthover@apple.com>	Sema: allow imaginary constants via GNU extension if UDL overloads not present. C++14 added user-defined literal support for complex numbers so that you can write something like "complex<double> val Sema: allow imaginary constants via GNU extension if UDL overloads not present. C++14 added user-defined literal support for complex numbers so that you can write something like "complex<double> val = 2i". However, there is an existing GNU extension supporting this syntax and interpreting the result as a _Complex type. This changes parsing so that such literals are interpreted in terms of C++14's operators if an overload is present but otherwise falls back to the original GNU extension. llvm-svn: 303694 show more ...